KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use split_single method in tox

Best Python code snippet using tox_python

segmenter_test.py

Source:segmenter_test.py

...81    def test_NON_UNIX_LINEBREAK_misses(self):82        for example in ('\n', ' ', '\t'):83            self.assertTrue(NON_UNIX_LINEBREAK.search(example) is None, repr(example))84    def test_simple_case(self):85        self.assertEqual(['This is a test.'], list(split_single("This is a test.")))86    def test_regex(self):87        self.assertSequenceEqual(SENTENCES, list(split_single(TEXT)))88    def test_names(self):89        sentences = ["Written by A. McArthur, K. Elvin, and D. Eden.",90                     "This is Mr. A. Starr over there.",91                     "B. Boyden is over there."]92        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))93    def test_alpha_items(self):94        sentences = ["This is figure A, B, and C.", "This is table A and B.", "That is item A, B."]95        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))96    def test_author_list(self):97        sentences = ["R. S. Kauffman, R. Ahmed, and B. N. Fields show stuff in their paper."]98        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))99    def test_long_bracket_abbervation(self):100        sentences = ["This is expected, on the basis of (Olmsted, M. C., C. F. Anderson, "101                     "and M. T. Record, Jr. 1989. Proc. Natl. Acad. Sci. USA. 100:100), "102                     "to decrease sharply."]103        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))104    def test_continuations(self):105        sentences = ["colonic colonization inhibits development of inflammatory lesions.",106                     "to investigate whether an inf. of the pancreas was the case...",107                     "though we hate to use capital lett. that usually separate sentences."]108        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))109    def test_inner_names(self):110        sentences = ["Bla bla [Sim et al. (1981) Biochem. J. 193, 129-141].",111                     "The adjusted (ml. min-1. 1.73 m-2) rate."]112        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))113    def test_species_names(self):114        sentences = ["Their presence was detected by transformation into S. lividans.",115                     "Three subjects diagnosed as having something."]116        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))117    def test_species_names_tough(self):118        sentences = ["The level of the genus Allomonas gen. nov. with so "119                     "far the only species A. enterica known."]120        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))121    def test_multiline(self):122        text = "This is a\nmultiline sentence. And this is Mr.\nAbbrevation."123        ml_sentences = ["This is a\nmultiline sentence.", "And this is Mr.\nAbbrevation."]124        self.assertSequenceEqual(ml_sentences, list(split_multi(text)))125    def test_parenthesis(self):126        sentences = ["Nested ((Parenthesis. (With words right (inside))) (More stuff. "127                     "Uff, this is it!))", "In the Big City."]128        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))129    def test_parenthesis_with_sentences(self):130        sentences = ["The segmenter segments on single lines or to consecutive lines.",131                     "(If you want to extract sentences that cross newlines, remove those line-breaks.",132                     "Segtok assumes your content has some minimal semantical meaning.)",133                     "It gracefully handles this and similar issues."]134        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))135    def test_unclosed_brackets(self):136        sentences = ["The medial preoptic area (MPOA), and 2) did not decrease Fos-lir.",137                     "However, olfactory desensitizations did decrease Fos-lir."]138        self.assertSequenceEqual(sentences, list(split_single(' '.join(sentences))))139    def test_linebreak(self):140        text = "This is a\nmultiline sentence."141        self.assertSequenceEqual(text.split('\n'), list(split_single(text)))142    def test_newline(self):143        self.assertSequenceEqual(SENTENCES, list(split_newline(OSPL)))144    def test_rewrite(self):145        # noinspection PyTypeChecker146        a_text = OSPL.replace('\n', '\u2028').replace(' ', '\n')147        result = rewrite_line_separators(a_text, MAY_CROSS_ONE_LINE)...

reformatObj.py

Source:reformatObj.py

1vertices = []2normals = []3textures = []4indices = []5with open('SkyBoxBlue.obj') as fp:6	for line in fp:7		if(line[0] == 'v'):8			if(line[1] == 'n'):9				normals.append(line)10			elif(line[1] == 't'):11				textures.append(line)12			else:13				vertices.append(line)14		elif(line[0] == 'f'):15			indices.append(line)16	17num_vertices = 1;18# read each indices and add to new.obj19f = open("new.obj", 'w')20for line in indices:21	split_line = line.split()22	temp = split_line[1]23	split_single = temp.split('/')24	f.write(vertices[int(split_single[0])-1])25	if(split_single[1] != ''):26		f.write(textures[int(split_single[1])-1])27	f.write(normals[int(split_single[2])-1])28	temp = split_line[2]29	split_single = temp.split('/')30	f.write(vertices[int(split_single[0])-1])31	if(split_single[1] != ''):32		f.write(textures[int(split_single[1])-1])33	f.write(normals[int(split_single[2])-1])34	temp = split_line[3]35	split_single = temp.split('/')36	f.write(vertices[int(split_single[0])-1])37	if(split_single[1] != ''):38		f.write(textures[int(split_single[1])-1])39	f.write(normals[int(split_single[2])-1])40	41	write_string = 'f ' + str(num_vertices) + '/' + str(num_vertices) + '/' + str(num_vertices) + ' ' +  str(num_vertices+1) + '/' + str(num_vertices+1) + '/' + str(num_vertices+1) + ' ' + str(num_vertices+2) + '/' + str(num_vertices+2) + '/' + str(num_vertices+2) + '\n'42	f.write(write_string) 43	num_vertices += 344		...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.